Title: Tacit Knowledge in Organization
1Tacit Knowledge in Organization
- Article 7- 9
- Vladimir Visipkov
- Yun Kim
2Contents
- The Role of Tacit Knowledge in Group Innovation
- By Dorothy Leonard Sylvia Sensiper, 1998
- The Concept of Ba Building a foundation for
Knowledge Creation - By Ikujiro Nonaka Noboru Konno, 1998
- If Only We Knew What We Know Identification and
Transfer of Internal Best Practices - By Carla ODell C.Jackson Grayson, 1998
3The Role of Tacit Knowledge in Group Innovation
- By
- Dorothy Leonard Sylvia Sensiper, 1998
4Summary of the Paper
- Innovation in organization is acquired by
creative cooperation than individual work. - Group innovation is occurred through the
recursive divergence and convergence process. In
the group innovation, tacit knowledge is acting
as material in divergence and glue in convergence
process. - As managerial implementation, it is required to
make organizational culture in which intelligent
failure and different thinking style are admitted.
5Tacit Knowledge Innovation
- Tacit Knowledge
- Hard to capture, but essential to the innovation
- Innovation
- Creative cooperation than an individual
undertaking - Challenge
- Required to merge of knowledge from diverse
national, disciplinary, and personal skill-based
perspectives
6Tacit Knowledge Individual Level(1)
- The arbitrary distinction for the convenience
- Tacit - Not Yet Explicated
- Knowledge Spectrum
7Tacit Knowledge Individual Level(2)
- Two types of tacit knowledge
Type Physical Skill Cognitive Skills
Learn through Practice Trial Error Experience
Storage Bodys Muscle, Nerve Reflexes Unconscious or Semiconscious
Assessment Performance Track Record
8Tacit Knowledge
- Why knowledge remains tacit?
- Lack of Reward
- Unawareness(automatic knowledge)
- We know more than we can tell, also we know more
than we realize
9Tacit Knowledge
- Three Tacit Knowledge Usage in Innovation
- Problem Solving (intuition-unconscious pattern
matching) - Problem Finding
- Prediction and Anticipation(Hunches, Dream)
10Creativity and Social Interaction
- Creativity
- Not spontaneously arise from the air,
- But born out
- Conscious Social interaction facilitate the
creativity activity
11Nature of innovation
12Nature of innovation Divergence(1)
- Intellectually heterogeneous groups are more
innovative than homogeneous ones - Creative abrasion
- Intellectual conflict between diverse viewpoints
- More options
- GroupThinking (The bay of Pigs Invasion, JFK)
- The stupid decision by very smart persons
- Neither various options nor searching effort
13Nature of innovation Divergence(2)
- IDEO Brainstorming
- Defer judgment
- Build on the ideas of others
- One conversation at a time
- Stay focused on the topic
- Encourage wild ideas
14Nature of innovation Divergence(3)
- Need for Divergent viewpoints
- Requirement for different types of expertise
- Demands for sensitivity to diverse norms and
attitude (Global Era)
15Nature of innovation Convergence(1)
- Convergence
- The aggregate knowledge of project members has to
be coordinated and focused - Harvest
- Tacit knowledge as glue in Convergence
(Tacit knowledge as
material in Divergence) - Some tacit knowledge as a common base
16Nature of innovation Convergence(2)
- Three different types of tacit knowledge
Tacit Know-ledge Type Overlapping Specific Collective System Guiding Tacit
Forming Media Observational Visit, Apprenticeships Co-work, Teamwork, Co-experience Mission Statement, Slogan
Characteristics Unilateral Accumulation of shared experience within specific unit Value beyond explicitly stated goal
Scope Small(individuals) Team, Dept., Group Organization-wide
Example The lesson within team members from the failed project Cotemporary luxury of Ford, Automobile Evolution of Honda City
17Managerial Implications(1)
- Barriers to the sharing of tacit knowledge
- Hierarch
- Strong preference for analysis over intuition
- Penalties for failure
18Managerial Implications(2)
- How to encourage the full exploitation of tacit
knowledge - Pay attention to the work environment culture
- Respect for different thinking style
- Understanding between intelligent failures and
stupid mistakes
19Managerial Implications(3)
- Assessment of Tacit knowledge
- gt based on the result of knowledge
- Physical skills visible(skiers, tennis players)
- Cognitive skills by track record of performance
- Other method to Judge the value of tacit
knowledge - Ability to communicate some of the tacit
dimensions to their knowledge through
prototyping, drawing, demonstrating, expressing
ideas through metaphors and analogies, or
mentoring in general
20Discussion
- How can tacit knowledge be converted to explicit
knowledge? - Do you agree that Intellectually heterogeneous
groups are more innovative than homogeneous ones?
21The Concept of Ba
- Building a foundation for
- Knowledge Creation
- By
- Ikujiro Nonaka Noboru Konno, 1998
22Summary of the Paper
- Knowledge creation is a spiraling process of
interactions between explicit and tacit
knowledge. - There are four types of ba, corresponding to the
four stages of the SECI model. These ba offer
platforms for specific steps in the knowledge
spiral process - Ba can be generated by organizational effort.
What kind of knowledge is concentrated in it
depends on the situation and strategy of a company
23? (? Ba Field, Place)
- Field (relative concept, space distinctive from
surrounding) - Public (open)
- Context (space time interaction )
- Infrastructure (different in the specific
characteristic from surrounding) - For example, Playground for children, Conference
for scholars, Market for exchange, Square for
meeting (Magnetic field, Gravitation field,
email, teleconference) - In my opinion, more closer translation of Ba is
not place but field (confusion from ?? Basho
Place)
24Nonakas Ba
- Field for Knowledge Creation
- Ba is a Space that serves as a foundation for
knowledge creation. - Knowledge is embedded in ba, where it is then
acquired through ones own experience or
reflections on the experiences of others. - If knowledge is separated from ba, it turns
into information.
25The SECI Model
Articulation Translating into easy form
Empathize Physical Proximity
Collecting externalization Dissemination Editing
or processing
Communication Systemization
26Ba and Knowledge Conversion
27The Four Types of Ba
28Constructing Ba Cases in the Transformation of
Ba
- Sharp
- Ba project teams and Creative Lifestyle Focus
Center - Location outside existing organization
- Task high speed product development
- Transfer mechanism project teams
- Project initiator each division
- Criteria urgency impact on the entire firm
- Proposal reviewer General Techn. Conference
29Constructing Ba Cases in the Transformation of
Ba
30Constructing Ba Cases in the Transformation of
Ba
- Toshiba
- Ba ADI (Advanced I Strategy) Group
- Location inside organization at the level of
other business groups - Task provide new markets and new opportunities
in the interactive media field - Transfer mechanism business group
31Constructing Ba Cases in the Transformation of
Ba
- Toshiba
- Key strategies for the development of knowledge
- To intensify the sense of speed and agility,
- To change the fiscal period mind set,
- To create a boundaryless operation-partnership,
- To invest to get an early foothold in emerging
markets. - Financing 0.5 of each of the business unit
sales (30 billion Yen).
32Constructing Ba Cases in the Transformation of
Ba
33Constructing Ba Cases in the Transformation of
Ba
- Maekawa Seisakusho
- Management system a group of independent
corporations that form a collective entity - Ba is seen as the arenas where groups can grow
and innovate - Each corporation has to pursue its own ba
- Ba jointly possessed by the customers and should
not be dominated by the companys ideas
34Constructing Ba Cases in the Transformation of
Ba
- Maekawa Seisakusho
- Employees
- Specialized generalists who have a wider
consciousness of self within organization - Understanding of self within the totality of the
ba constitutes the foundation of the companys
culture
35Constructing Ba Cases in the Transformation of
Ba
36Implications
- Ba Organic Ground for Knowledge Creation
- Knowledge creation and application represent not
economy but ecology with a cyclical cultivation
of resources - Ba is a stage for the resource cycle
- Effect of the positive feedback knowledge
cultivates the feedback from the market which in
time fosters even higher growth
37Implications
- Management for Knowledge Creation
- Leaders must support emerging processes with
visionary proposals and personal commitment. - This requires a different sort of leadership
based on realization that knowledge needs to be
nurtured, supported, enhanced, and cared for.
38Discussion
- Do you agree with the argument that Knowledge is
embedded in ba(shared spaces)? - What are the pros and cons of different forms of
Ba presented in the case studies (operational,
financial and other issues)?
39If Only We Knew What We Know
- Identification and Transfer
- of Internal Best Practices
- by
- Carl ODell and C. Jackson Grayson
40Summary of the Paper
- The Importance of Internal Benchmarking
- Difficulties Associated with Internal
Benchmarking - Approaches to Benchmarking and Best-Practice
Transfer - Keys for Effective Transfer
41Internal Benchmarking
- the process of identifying, sharing, and using
the knowledge inside own organization. - helps organizations to compete.
- its implementation showed the inability of
organizations to transfer outstanding practices
from one location to another.
42General Motor example
- GM entered into a joint venture with Toyota at
the NUMMI assembly plant in Fremont (CA) to learn
its approaches and transfer to GM. - practices did not transfer to any great extend.
- GM had to create a completely new division.
43Why Didnt Knowledge and Best Practice Transfer?
- Gabriel Szulanskis research demonstrated
- Ignorance on both ends of the transfer
- Absorptive capacity of the recipient
- The lack of relationship
- A long adoption period (aver. 27 months)
44Potential Gains from the Transfer of the Best
Practices
- Buckman Laboratoriess transfer of knowledge and
best practices system increased new
product-related revenues by 10. - Texas Instruments generated 1.5 billion in
annual free wafer fabrication capacity by
transferring internal best practices. - Chevron saved at least 20 mil. a year on the
operation of gas compressors in fields.
45Why is Internal Benchmarking and Transfer Tough?
- Organizational structures promote silo behavior
(sub-optimization). - A culture that values personal expertise and
knowledge creation over sharing. - The lack of contact, relationships, and common
perspectives among co-workers.
46Why is Internal Benchmarking and Transfer Tough?
- An over-reliance on transmitting explicit
rather than tacit information. - Not allowing or rewarding people for taking the
time to learn and share.
47Why the Interest in the Transfer of Best
Practices?
- Five instigators
- A Compelling Call to Action
- Chevrons case the need for significant cost
reduction through sharing coupled with a
decentralized operating philosophy.
48Why the Interest in the Transfer of Best
Practices?
- Demonstrated Success
- Chevrons case network of 100 people who share
ideas on energy-use management has generated over
650 million savings. - This success has created great support for more
internal sharing and transfer.
49Why the Interest in the Transfer of Best
Practices?
- Decentralization and Downsizing
- led to demise of traditional management networks
that served as a vehicle for the transfer of
practices.
50Why the Interest in the Transfer of Best
Practices?
- Benchmarking Evidence
- TI and Chevron found examples of success among
competitors and best practice firms. That created
a sense of urgency and hope.
51Why the Interest in the Transfer of Best
Practices?
- Recognition of the Potential Gain
- Imagine the gains available if every similar
operation were raised just to the median level of
performance in the organization.
52The Process of Benchmarking and Best-Practice
Transfer
- Search for the best practices.
- The bumble bee model (Jim OBrient)
- Can create sibling rivalry without providing
enough information or motivation to adopt the
practice. - All about sharing explicit knowledge lack of
contacts between groups.
53The Process of Benchmarking and Best-Practice
Transfer
54Creating the Environment for Transfer
- None of the four approaches to the best-practice
will work without removing barriers and creating
a supportive climate. - The enablers for transfer
- Technology
- Culture
- Leadership
- Measurement
55Technology in the Service of Best Practices
- Technology is no longer the major barrier all
necessary software solutions already exist (Lotus
Notes, e-mail, intranet, etc.) - Technology helps, but it will not be a the driver
of sharing best practices because - Not all the information can be captured
electronically - The incentives for and barrier to sharing are not
really technical
56Lessons from Technological Solutions
- The really important and useful information for
improvement is too complex to put on-line (a lot
of tacit knowledge is required) - There has to be a framework for classifying
information (many use the Process Classification
Framework)
57Lessons from Technological Solutions
- Entering information into the system must be part
of someones job - Assigned as a part of job duties
- Appointed part-time people to find and enter info
- Formed screening committees
- Culture and behaviors are the key drivers and
inhibitors of internal sharing
58Cultural Factors rewards
- A good transfer system should provide intrinsic
rewards. (example e-mail) - Only minority of firms use formal financial
rewards to motivate sharing behaviors. - Rewards may be justified in the early stages of
building enthusiasm. - In the long run, employees have to find the work
itself rewarding.
59Cultural Factors senior leadership
- Not essential to endorse a particular change.
- Active and supportive role is required for a
change to blossom across the organization. - Leaders themselves need to change their behavior.
60Cultural Factors measurement
- Measuring performance to identify a best practice
- Metrics help identify levels of performance, but
do not help understand why and how the
outstanding results have been achieved - Need to consider situational and external
variables as well
61Cultural Factors measurement
- Measuring the impact of initiatives and best
practice transfer itself - The current measurement systems that include,
e.g., measures of the frequency of use of the
system, satisfaction with the information in
databases, and cycle time to implement best
practices, are still embryonic.
62Lessons Seven Keys to Effective Transfer
- Use benchmarking to create a sense of emergency
or find a compelling reason to change - Successful stories of internal benchmarking help
overcome cynicism. - External benchmarking helps avoid setting the bar
too low and keep focused on the market.
63Lessons Seven Keys to Effective Transfer
- Focus initial efforts on critical business
issues that have high payoff and are aligned with
organizational values and strategy - Use ROI to select projects
- Remember about limited chances to demonstrate
success
64Lessons Seven Keys to Effective Transfer
- Make sure that every plane you allow to take off
has a runway available for landing - Investments in and support of change is limited
at any one time - Dont let measurement get in the way
- Dont waste time debating who is the best, focus
on areas with dramatic differences.
65Lessons Seven Keys to Effective Transfer
- Change the reward system to encourage sharing
and transfer - Promote, recognize, reward people who model
sharing behavior. - Reinforce the need of taking responsibilities.
- Support teams that invest or give up resources
to make sharing happen.
66Lessons Seven Keys to Effective Transfer
- Use technology as a catalysis to support
networks and the internal search for best
practices, but dont rely on it as a solution - Leaders will need to consistently and constantly
spread the message of sharing and leveraging
knowledge for the greater good - Encourage collaboration across boundaries of
structure, time, and function
67Discussion
- Organizational silos are one of the major
barrier in the knowledge transfer. What are the
methods that help overcome sub-optimization?
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